Scientists have found a way to store, encrypt and retrieve complex data in the DNA of E. coli.
科学家已经发现了在大肠杆菌的DNA中存储、加密和检索复杂数据的方法。
"I asked, What's the probability that I would see a human DNA polymerase [protein] sequence and another protein with an E. coli DNA polymerase sequence?" he explained.
他进一步解释道:“我要问,我能看到不同的人类DNA聚合酶(蛋白质)系列和另一种大肠杆菌DNA聚合酶序列的可能性有多少吗?”
Researchers got the DNA that codes for hemoglobin from a 43,000-year-old mammoth specimen. They then used E. coli bacteria to produce actual mammoth hemoglobin.
研究人员从一头43000岁的猛犸象标本中获取了其血红蛋白dna,然后用大肠杆菌培养新的血红蛋白。
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